Annual Keio Science and Technology Exhibition KEIO · PDF fileSeminar Stage Terahertz electromagnetic wave attracts much attention for novel light source for nondestructive inspection

ACCESS

Tokyo International Forum B2F (Exhibition Hall 2)3-5-1 Marunouchi, Chiyoda-ku, Tokyo, JapanTel: +81-3-5221-9000

Hibiya Sta.Chiyoda Line

Hibiya Sta.Hibiya Line

JR Yurakucho Sta.Ginza Sta. Marunouchi Line

Ginza Sta.Hibiya Line & Ginza Line

JR Tokyo Sta.

Hibiya Sta.Mita Line

Tokyo Sta.JR Keiyo Line

Kyobashi Sta.Ginza Line

Concourse

Narita Airport

80-90 minutes to Tokyo Stationby Limousine Bus53 minutes to Tokyo Stationby JR Narita Express

Monorail

Shinjuku

HanedaAirport

Ueno

Tokaido Line

ShinagawaHamamatsucho

Yurakucho

Tokyo

Kei

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Toho

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SubwayYurakucho Sta.To BICCAMERA

JRTokyo Sta.

Yurakucho Sta.Yurakucho Line

Exhibition Hall

Lobby

Tokyo International

Forum

Nijubashimae Sta.Chiyoda Line

From Narita Airport

23 minutes to Hamamatsucho Stationby Monorail4 minutes from JR Hamamatsucho Stationto Yurakucho Station

From Haneda Airport

5-minute walk from Tokyo Station(connected by B1 concoursewith Keiyo Line at Tokyo Station)1-minute walk from Yurakucho Station

JR

1-minute walk from Yurakucho Station(connected by B1 concourse)

Subway

Keio Leading-edge Laboratory of Science and Technology (KLL)3-14-1 Hiyoshi, Kohoku-ku, Yokohama, Kanagawa223-8522, JapanTel: +81-45-566-1794 Fax: +81-45-566-1436 E-mail: [email protected]

Yamanote Line

www.kll.keio.ac.jp/ktm/ 5Dec [fri]Tokyo International Forum B2F (Exhibition Hall 2)

10：00

18：00

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KEIOTECHNOMALL 2014

Admission Free

More Partnerships, More Dreams

For Event Schedules, Please refer to the end.

15th Annual Keio Science and Technology Exhibition

Electronics

Biomedical

Mechanics

Materials

Information and Communication

Society & Environment

Other Fields

The Tokyo International ForumInformation Counter

KEIO TECHNO-MALL

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KLL Desk

Exhibit for Keio UniversityFaculty of

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A B C DSpecial Exhibits

Panel Exhibits 62～74

Cafe Area

SeminarStage

Keio University Faculty of Science and Technology

75th Anniversary Commemorative Program

Keio University Faculty of Science and Technology

75th Anniversary Commemorative Program

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JRTokyo Sta.

SubwayYurakucho Sta.

Request Box Questionnaire

Live broadcast of the Interviews

Exhibition Hall

EventStage

Technology Partnership

Seminars

Technology Partnership

Seminars

0302

◆ Electronics

◆ Biomedical

◆ Mechanics

◆ Materials

◆ Information and Communication

◆ Society & Environment

◆ Other Fields

KEIOTECHNOMALL 2014

KEIO TECHNO-MALL

Program of EventsOutline of Exhibits

provides four platforms

You can be sure of unexpected encounters and first-hand information otherwise unattainable on the internet. More than just topics related directly to your own products or business, perhaps, you will find subjects of research with prospects for new business expansion.

1 Encounters with researchers and subjects of research

By learning about the actual research at exhibition booths and seminars, talking directly with the researchers and feeling actual objects, you will be able to get a real feeling for the expanse of possibilities. Also, with regard to collaboration with universities, KLL (Keio Leading-edge Laboratory of Science and Technology) will respond flexibly to requests for advice about procedures and contractual aspects.

2 Expanded scope and greater flexibility

With the KEIO TECHNO-MALL being a venue for the objective, academic publication of research results, you can demonstrate the outcomes of industry-academia collaboration inhouse as part of your R&D activities, and you can utilize it as a place for paving the way for business expansion.

3 Internal publicizing of research results

Proposals for the utilization of your products and technologies in helping research are also very welcome. The KEIO TECHNO-MALL provides a platform for linking to the development of new products and technologies amid the flow of people, objects, funds and information.

4 Search for product/technology possibilities

Encounters withresearchers and

subjects of research

Expanded scopeand

greater flexibility

Searchfor product/technologypossibilities

Internal publicizingof

research results

KEIO TECHNO-MALL 2014

0504

Event Information

Japan has faced the super-matured society where there has been the ever low-growth economy along with a decrease in population and highly aged society. It is thus certain that Japan should be an innovative nation to aim at development of science, technology and values. For the super-matured society to achieve this, an investment for science and technology and development of highly quali�ed human resources will be critically needed.

However, we have been facing daunting issues. For instance, ranging from 15 to 20 billion yen, the research funding for the cooperation among industry, government and academia at Department of Science and Technology of Keio University, has little changes for ten years. In addition, many issues on the education of young researchers have been accumulated.

To achieve a role of universities and embody practical learning (Saiyansu) for our society as a watering hole* for a cooperation between a number of excellent industries and technologies, in this Talk Session, Keio Innovation Foundry (KIF) will be introduced and a number of panelists from industries will be invited to discuss issues from a view points of industry and academia: (1) Is Keio University able to contribute to research for industries and to generation of venture companies or entrepreneurs of university and development of human resources in next generations?; (2) As facing the open-innovation era, does an industry actively make its e�orts in accepting seeds that have been grown in other companies or universities?

Thanks to the ongoing cooperation between medicine and engineering, recent advances in video image technology have made it feasible to indicate signs of cancer at earlier stages than previously possible. Thus, cross-industry cooperation in medicine, ICT and chemistry etc., have become increasingly important. Living in an aging society, our theme here is to discuss how our society can maintain high health standards by detecting and preventing illness through utilizing advancements in technology.

*It is a place where a variety of researchers and people with their professional expertise from industries gather together, discuss an endeavor and/or idea from every angle and develop it further. It is the foundation where education and research of a university would play continuously a central role in generation of innovations in a society.

Keio University Faculty of Science and Technology 75th Anniversary Commemorative Program

Event Stage

Keynote Speech 10：30－11：15

Keynote Speech 11：25－12：1037 Years of University Originated Entrepreneurship - Dreams and Realities

Round-table Session 15：40－17：00

Developing a Healthier Society through Technological Innovation

The Japanese Economy Business - Academic Cooperation for Innovation

Commemorative Event for Establishing KIF(Keio Innovation Foundry)

Commemorative Event for Establishing KIF(Keio Innovation Foundry)

Talk Session 13：30－15：00A Future Center of Innovative Technology for an Action of Practical Learning (Saiyansu): A True Picture of Innovative Cooperation among Industry, Government and Academia in Our Society

■ Keynote Message（Video）

Venue

SUZUKI, TetsuyaDirector, KLL

MURAKAMI, NorioPresident, Norio Murakami O�ce Co., Ltd.

NIINAMI, TakeshiPresident, Member of the Board,Representative Director, Suntory Holdings Limited

Facilitator: YAMANAKA, NaoakiDeputy Director, KLL

II, MotoyukiSenior Vice President, Senior Executive Manager, Corporate Sales Promotion Headquarters, Nippon Telegraph and Telephone East Corporation

Facilitator: KOIKE, YasuhiroProfessor, Dept. of Applied Physics and Physico-informatics, Faculty of Science and Technology

OKINAGA, YoshihitoChairman of the Board,President,Teikyo University

INOUE, YujiToyota InfoTechnology Center, Co., Ltd. / Chairman of the Board

OHNISHI, KouheiProfessor, Dept. of System Design Engineering, Faculty of Science and Technology

SUZUKI, KojiProfessor, Dept. of Applied Chemistry, Faculty of Science and Technology

TERASAKA, KoichiProfessor, Dept. of Applied Chemistry, Faculty of Science and Technology

KOIKE, YasuhiroProfessor, Dept. of Applied Physics and Physico-informatics, Faculty of Science and Technology

NAKAJIMA, MasatoChairman, Ideaquest Inc.Professor Emeritus, Keio University

FUJIWARA, HiroshiChairman and President CEO, Broad Band Tower, Inc.

SUEMATSU, MakotoDean, Professor, School of Medicine

TAKENAKA, HeizoProfessor, Faculty of Policy Management, Keio UniversityDirector, Global Security Research Institute, Keio University

0706


Using each electron embedded near a diamond surface as a pixel for quantum sensing, magnetic �eld imaging of the substance placed on top of the diamond surface is realized.

Seminar Information

Outline of ExhibitsTechnology Partnership Seminars（30 min. each）

Seminar Stage

Terahertz electromagnetic wave attracts much attention for novel light source for nondestructive inspection. In this seminar, I will introduce a principle of a new technology about the terahertz polarization measurement that our group invented and developed, and I will present its application to the nondestructive inspection.

The research goal is to build a mathematical framework for engineering problems in a wide range of �elds such as signal processing. The achievements so far include the development of an adaptive learning algorithm for nonlinear function estimation tasks. The algorithm automatically selects a proper mathematical model in online fashion.

The functional material of “Electro-Adhesive (EA) Elastomer” have been developed whose adhesive property of the surface can be changed according to applied electric �eld. The EA sheet is possible to be applied to the brake, clutch and �xture mechanism. In this seminar, the applicability of EA elastomer to these mechanical devices will be shown by introducing the characteristics.

10：45－11：15

Terahertz polarization imaging for non-destructive inspection

13：00－13：30

Towards Innovation - A Mathematical Approach to Signal Processing Problems

15：10－15：40

Development of Electro-Adhesive Elastomer and the applications

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2

3

*Please note that content, etc. of events or seminars are subject to change due to unavoidable circumstances on the day of the exhibit.

Technology involving patent rights held by Keio University.For more information, please inquire at the KLL Desk.

Technology Partnership Seminar; detail shown on Page 8.

Special symbols used in the following exhibition descriptions

Electronics Materials

Diamond quantum imagingBOOTH

1

BOOTH

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For Event Schedules, please refer to the end.

Electronics

Panel⇒ P23

WATANABE, ShinichiAssociate Professor, Dept. of Physics, Faculty of Science and Technology

YUKAWA, MasahiroAssistant Professor,Dept. of Electronics and Electrical Engineering, Faculty of Science and Technology

Venue

KAKINUMA, YasuhiroAssociate Professor, Dept. of System Design Engineering, Faculty of Science and Technology

Electronics Information and Communication

Assistant Professor KUBO, RyogoDepartment of Electronics and Electrical Engineering

Communications and Control Technologies Supporting Next-Generation M2M Infrastructure

In next-generation M2M (machine-to-machine) networks, low-latency communication and high-precision control technologies are required. We present the concept of smart sensor-actuator networks using optical communication infrastructure from the viewpoint of communications and control engineering.

Professor ITOH, KoheiAssociate Professor HAYASE, Junko

Department of Applied Physics and Physico-informatics

Seminars are made by the winners of “The Young Scientists’ Prize” of “2014 Commendation for Science and Technology by the Minister of Education, Culture, Sports, Science and Technology (MEXT)”.

Panel⇒ P25

Booth⇒ P12

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BOOTH

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BOOTH

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Biomedical

Electronics Mechanics

Electronics Mechanics

Electronics

Biomedical Society & Environment


Biomedical Information and Communication

Biomedical

Biomedical

Biomedical

Omni-directional vehicle (ODV) is useful with its high mobility in narrow or crowded place. However, there are some problems with conventional ODVs. In order to improve them, we developed a new ODV with driving wheel modules.

Associate Professor NAKAZAWA, KazuoDepartment of System Design Engineering

Development of Independent Driving Modular Omni-directional Vehicle

Transmission of force sensation between remote areas is realized by bilateral control of master-slave robots. Transmission of force sensation is achieved by position tracking and action-reaction law. We applied the technology to rehabilitation robot for supporting operators by the transmission of force sensation.

Professor OHNISHI, KouheiDepartment of System Design Engineering

Medical Haptics

Professor YAMASAKI, NobuyukiDepartment of Information and Computer Science

Responsive Multithreaded Processor for Distributed Real-Time Systems

RMT Processor integrates a processor core (RMT PU), which executes eight threads simultaneously based on their priority. It supports four real-time communication links (Responsive Links), various I/O devices (e.g., SpaceWire, PCI-X, IEEE1394, and PWM), an IPC controller, and a run-time execution tracing.

Professor ARAI, TsunenoriDepartment of Applied Physics and Physico-informatics

Innovative thermal angioplasty; Photo-Thermo Dynamic Balloon and thermal drug delivery

We will present you an innovative laser technology extending vascular wall without cracks. We reserved number of patents and have practical experiences. We will demonstrate the latest operation of newly developed angioplasty device to extend atherosclerosis vessels as well as drug delivery system, both with heating.

Professor CITTERIO, DanielDepartment of Applied Chemistry

Inkjet Printed Chemical Sensors for Healthcare and Environmental Analysis

Inkjet printing technology commonly known from home-use inkjet printers has become a tool for industrial-scale mass fabrication. Our laboratory is making use of this technology in combination with paper substrates to develop low-cost, single-use and simple chemical sensors for clinical and environmental applications.

Professor SUZUKI, KojiDepartment of Applied Chemistry

Chemical Sensors and Biosensors for Healthcare and Environmental Analysis

Our laboratory’s research goal is the development of highly sensitive and selective chemical sensors and biosensors. Here, we present (1) novel bright �uorescent and chemiluminescent dyes for various target analytes, (2) functional nanomaterials for medical and environmental sensing, and (3) �uorescent probes for selective bioimaging.

Professor OKADA, KenichiDepartment of Information and Computer Science

The test of smell for children that can be done for a game sense

It is important to detect person with Autism Spectrum Disorder (ASD) early to get treatment and education. Recently, the research on olfactory feature of them is advanced. And it is reported that odor detection ability in children with ASD was impaired. In this study, we assess olfaction of children to screen for ASD by olfaction.


The Innovative Arrythmia Therapy: PD Ablation

We have proposed PD Ablation as an application of Photodynamic �erapy to a non-thermal arrythmia treatment without any side e�ects and developed a clinical device. We will present new �ndings of in vitro and in vivo studies.


Development of the latest therapeutic systems from Keio University

Our Arai Lab. presents unique therapeutic systems from the results of basic studies and our patents. Our unique developed systems will be exhibited and demonstrated in our section.

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Outline of Exhibits


1110

To attain rich lifestyle support services for the elderly, it is necessary to automatize a human contact operation such as rehabilitation, massage, and so on by a robot. We exhibit a healthcare robot that can operate physical contact by motion-copying system. �e technique is possible to acquire and reproduce a human motion using a robot.

Associate Professor KATSURA, SeiichiroDepartment of System Design Engineering

Healthcare Robot

BOOTH

14

BOOTH

13

BOOTH

12

BOOTH

16

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18

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BOOTH

15BOOTH

19

Mechanics

Materials

Mechanics Information and Communication

Mechanics

Mechanics


Mechanics Electronics

Mechanics Materials

Materials Biomedical

Materials Society & Environment

Materials

Underwater robot is expected to use for exploration activities or maintenance of underwater building. However, transport before and after the mission is heavy labor. So, We propose an underwater robot which include transformation mechanism frame for reduce the volume at the transportation.

�is technology attains motion copying that reproduces motion and force in human motions. In particular, we have succeeded in realizing motion reproduction with contact operation by applying acceleration control. It will be possible to attain an innovative skill tradition, e.g., quantitative evaluation of experts’ skills, skill transfer, skill training, etc.


Motion-Copying System

Novel Methods for Large-scale and Fine Synthesis of Nanoclusters

Novel methods for large-scale and �ne synthesis of nanoclusters, super-small particles of sub-bulk size which have unusual and various functionalities, have been developed. Among them we display: 1. High power magnetron sputtering for nanoclusters. 2. Micro-�uid reactor for liquid phase synthesis of nanoclusters protected by organic ligands.

Professor SHIRATORI, SeimeiDepartment of Applied Physics and Physico-informatics

Fabrication of anti-fouling thin �lm with multi-function for the application of industry, optics, and medical

We fabricate thin �lms with multi-function by controlling surface morphology with nanoscale order. Superhydrophobic coating for house surface, highly durable transparent anti-fouling coatings for windows, anti-“blood adhesion” for medical equipments, anti-re�ection �lms for microscopy, and hemostatic micro capsules are studied in our laboratory.

Associate Professor KAKINUMA, YasuhiroDepartment of System Design Engineering

Application devices of Electro-adhesive elastomer

We have developed the functional material of “electro-adhesive sheet” whose adhesive property of the surface can be changed according to applied electric �eld. �e EA sheet is possible to be applied to the brake, clutch, �xture mechanism and so on. We will exhibit the practical application devices in our booth.

Associate Professor KAKINUMA, YasuhiroDepartment of System Design Engineering

Intelligent machine tools-Feasibility of feeling machine tools-

We are working on development of a next-generation machine tool which has ability to recognize a cutting condition without any additional sensors. In our booth, we are supposed to introduce the developed feeling machine tool, the portable 5-axis feeling polishing machine, and these application techniques.

Professor YAN, JiwangDepartment of Mechanical Engineering

Ultra-Precision Micro Machining of New Materials

We develop new technologies for micro/nano-scale machining and surface processing in order to improve the added value of industrial products. Besides mechanical methods, we also use electrical/chemical methods, lasers and ultrasonic vibrations to precisely modify the shapes and surface properties of new materials, such as super hard alloys, optical crystals, semiconductors, glass, diamond, CFRP, and ceramics.

Associate Professor MORITA, ToshioDepartment of Mechanical Engineering

Transformable Small ROV

*KiPAS Principal Investigator / Research Director, JST-ERATO Nakajima Designer Nanocluster Assembly Project

Professor NAKAJIMA, AtsushiAssistant Professor TSUNOYAMA, Hironori

Department of Chemistry

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Outline of Exhibits


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BOOTH

25

BOOTH

24

BOOTH

23

BOOTH

22

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Information andCommunication

BOOTH

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BOOTH

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BOOTH

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Materials Biomedical


Information and Communication Society & Environment


Information and Communication Materials




Mechanics

Large scale of high quality 4K video delivery causes congestions in today’s network. Our router using SDN (Software De�ned Network) technology monitors paths utilization, navigates over owed packets to a bypass on demand, and realizes stable 4K video delivery avoiding congestion.

�e research results about routing, media access control, and attack defense which �ll power saving, high reliability and high security are shown towards realization of IoT (Internet of �ings).

Professor KOIKE, YasuhiroDepartment of Applied Physics and Physico-informatics

Photonics polymers for the world fastest plastic optical �ber and high-de�nition display

Japan will start the world’s �rst 4K/8K broadcast. We introduce the fastest plastic optical �ber in the world that enables a real-time transmission of the staggering amount of information. Our photonics polymers also bring innovation to the liquid crystal display structure which is getting bigger and more complicated.

Associate Professor MIKI, NorihisaDepartment of Mechanical Engineering

Professor SHIGENO, HiroshiDepartment of Information and Computer Science

Micro Devices for Information Communication Technology

Our laboratory develops micro devices for tactile stimulation, eye-tracking, and brain activity measurement for future information communication technologies.

Professor SASASE, IwaoDepartment of Information and Computer Science

The secure access control schemes towards realization of IoT with high reliability

Professor SUZUKI, TetsuyaDepartment of Mechanical Engineering

Diamond-like carbon �lms to biological application

Diamond-like carbon (DLC) �lms have attractive properties such as high gas barrier and low friction coe�cient, and been used in many areas. In fact, there are some industrial applications to packaging and automobile parts etc. Here, we show DLC-coated medical device which contains uorine (F-DLC) with antithrombogenicity property.

Real 4K Content Distribution by SDN

In the future network, we believe that the content size and the number of contents will grow much larger. To cope with this, we introduce a large �le sharing system (Content Espresso) and an information searching system (Catalogue). Accordingly, we are developing a high-resolution video distribution service and the Campus Museum.

Future of Network Media

In today’s Internet, when we want to retrieve content we need to specify the server that provides the content. However, we do not have to pay attention to the server’s location. We’re trying to realize a new content-centric network instead of machine-centric network.

ZINK: ICN on ZNA

Intelligent Transportation Systems with Vehicular Adhoc Networks

Intelligent Transportation Systems (ITS) aim to create more convenient and secure automobile society with information technology. In this booth, we will explain an ITS with wireless communications with vehicles. It can provide tra�c accident and tra�c jam information in real-time and contribute to improve automobile society.

Assistant Professor KANEKO, KunitakeProfessor TERAOKA, Fumio

Department of Information and Computer Science

Professor TERAOKA, FumioAssistant Professor KANEKO, Kunitake


Assistant Professor KANEKO, KunitakeProfessor TERAOKA, Fumio



EEG is the most available system for getting the KANSEI. We proposed the KANSEI detection system using the simplest EEG device. We can detect his/her degree of Sleepiness, Interest, Like or Dislike, Concentration, Stress. Furthermore, you can try to the demonstration on site.

Associate Professor MITSUKURA, YasueDepartment of System Design Engineering

KANSEI Analyzer Using EEGBOOTH

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Outline of Exhibits


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Information and Communication Electronics






Associate Professor AOKI, YoshimitsuDepartment of Electronics and Electrical Engineering

Measurement the size of human body by homologous model using some RGB-D cameras

�e sensor called a RGB-D camera which can measure the distance can obtain very cheaply in recent years. Shape of human’s body is easily measured using this camera, and we introduce the system which can be applied to clothes selection or a medical �eld.

Professor IMAI, MichitaDepartment of Information and Computer Science

Tele-presence system extending socialities

Our research focuses on the Augmented Sociality. In this event, we display some systems and robots; wearable avatar manipulated on Niconico live broadcast, telecommunication system for parties, and AR.DRONE showing the third person perspective.

Professor OTSUKI, TomoakiDepartment of Information and Computer Science

Array Sensor: Monitoring Using Radio Wave

We introduce Array Sensor that can monitor people using radio wave. �e array sensor senses the change of propagation of radio waves, and based on it, it can classify people’s state and action.


Extraction of human behavior from security camera video

In recent years, a number of monitoring camera is increasing. �e purpose of our research is to extract human activities from security camera footage automatically. It can apply to a wide variety of �elds including surveillance systems, human interface and sports video analysis.


Next Generation Interface using Human State

�ese days, the way of interaction between humans and computers becomes diverse. �e new technology that we operate computers without a keyboard and a mouse receive more attentions. In our booth, an application of new interface is demonstrated which is based on image recognition technologies.

�is booth exhibits the system which measures the weather, radiation or PM2.5 information including position information by using low power sensor and circuit technologies. �e data records by tablet mobile device or transmits through 3G or sensor network. �e system indicates with a map or photograph after the collection and analysis.

Professor MATSUMOTO, YoshinoriDepartment of Applied Physics and Physico-informatics

Environment Sensing System


Analysis of �rst person vision by image sensing technologies

�e First Person Vision camera is a wearable device that attracts a lot of people, especially researchers. It means the device is the hottest of all recording devices that continue evolving. We use the system for obtaining scene information and intensity of movement, and recognize action. We’ll show some examples of applications in the exhibition.


Monitoring System Using Low Resolution Infrared Sensor Array

We introduce monitoring system using low-resolution infrared sensor array. Our system can detect a person’s activity and his position without using camera.

We introduce our non-contact biological sensing method without attaching any device. As an example, we demonstrate the method that can sense breathing and cardiac beat wirelessly.


Non-Contact Biological Sensing


Associate Professor TOYAMA, MotomichiDepartment of Information and Computer Science

Automatic Hyperlink Generation by Web Index (WIX)

�e words on a browser screen turn into hyperlinks by a single click of a button! By selecting the buttons on the toolbar, you can select your destination to Wikipedia, Amazon page or the PDF lea�et of your products. Hyperlink which used to be set by authors, now become to be set by readers.

BOOTH

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Outline of Exhibits


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Materials Information and Communication


Information and Communication Other Fields

Society & Environment Information and Communication

We propose two kinds of next-generation image handlers that provide users with novel styles of illusion of immersion. One system builds on hierarchical relationships among a bunch of snapshots shared on SNSs to allow the users to walk freely through sightseeing spots. �e other relies on human motion parallax stereovision system so as to generate “fourth wall-breaking” videos instantly only from a single snapshot.

Professor FUJISHIRO, IsseiDepartment of Information and Computer Science

Next-Generation Image Handler

Professor AMANO, HideharuDepartment of Information and Computer Science

PEACH2: a high speed switching hub for supercomputers

PEACH2 is a switching hub to connect node of supercomputing directly using PCIe. Lower latency communication can be achieved compared with In�niband network mainly used in current supercomputers.

Associate Professor ISHIGURE, TakaakiDepartment of Applied Physics and Physico-informatics

Optica Devices for Exa-scale Computing

Optical interconnect technologies are drawing much attention for realizing exa-scale high-performance computing systems. In this research, polymer optical devices for high-bandwidth-density interconnects are designed and fabricated in order to demonstrate their outstanding performances.

Professor NISHI, HiroakiDepartment of System Design Engineering

New Structure of Internet Service Infrastructure

New Internet backbone router with DPI function was developed, and it has a potential to change the style and knowledge of Internet Services. It includes the anonymization function of private information. Come on and experience the novel services provided by the new router.

Professor SANADA, YukitoshiDepartment of Electronics and Electrical Engineering

Single Antenna MIMO Wireless System for Wearable Display Terminals

Our proposed scheme realizes multi-input multi-output communication with a single receive antenna and it is suitable for wearable display terminals.

We have studied ubiquitous Grid Networking (uGrid) that has many on-line resources. We show the demonstration to calculate the energy-aware routing to use multiple slices under ubiquitous Grid Networking Environment.

We propose a new structure of electric power network whose generation and delivery systems are separated from each other. A third-party institution called EVNO provides e�cient power supply and demand matching considering the real-time without impairing user satisfaction using Piax by M2M technology.

�e problems in a communication network are the increase of tra�c, the increase in power consumption of the network device, and improve disaster tolerance. In order to solve these problems, we studied the technology of e�cient resource allocation, accommodation the multiple services and the topology, and high availability lifeline service. In this exhibition I do a demonstration with a focus on e�cient resource allocation technique and its related technologies.

Professor NISHI, HiroakiDepartment of System Design Engineering

New Structure of Smart Community Infrastructure

Smart Community is the promising new style of our society. Our laboratory tackles to design its infrastructure through the real �eld experiment, such as Zero-emission House Project, Green society ICT life-infrastructure in Kurihara City, and Smart Community Implementation in Musashikosugi. �ese systems are demonstrated and you will experience a new society.

Professor YAMANAKA, NaoakiDepartment of Information and Computer Science

Energy E�cient Enhanced-type Data Centric Network


Automatic recon�guration next generation access network-Elastic Lambda Aggregation Network (EλAN)-


EVNO～Energy Virtual Network Operator～

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Outline of Exhibits


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49

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BOOTH

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51BOOTH

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Society & Environment Other Fields

Assistant Professor ANDO, KeitaDepartment of Mechanical Engineering

Producing water supersaturated with gases via Venturi-type aeration

With the Venturi-type aeration system we recently proposed, gases can be dissolved into tap water beyond its saturation limit. Such supersaturated water is expected to be applied to various �elds: environmental, medical, and agricultural. Here, we will demonstrate the production of supersaturated water using the newly developed aeration system.

Professor NAMERIKAWA, ToruDepartment of System Design Engineering

Optimal Management for Smart Energy Network

Currently, distributed energy systems, including renewable energy generators, are drawing attention. We propose optimal and reliable cooperative distributed control, as well as estimation and prediction methodologies, for smart electrical power network management systems, including photovoltaic cells and wind turbines.

Professor SASADA, HiroyukiDepartment of Physics

Isotopomer ratio analyzer with laser spectroscopy

Isotopomer ratio re�ects production process of molecules. �erefore, we can obtain history of the molecules from the isotopomer ratios. We �nd the best pair of 12CH4 and 13CH4 transitions, and developed e�cient sources tuned at these lines. We introduce an apparatus, which measures absorption intensities and yields the isotopomer ratios.

Professor TANAKA, ShigeruDepartment of Applied Chemistry

Development of removal technology for VOCC in exhaust gas by spraying removal solution to heat exchanger

�e onset of a disease of cancer causing by VOCC such as DCM and TCE in printing factory has become a serious problem. �e removal equipment for VOCC in exhaust gas by spraying removal solution to heat exchanger was developed.

Assistant Professor IIJIMA, TadashiDepartment of Administration Engineering

Building Agent-based Simulation Environment with Geographical/Spatial Information for Evacuation Planning

�e goal of this research is to build a geo-simulation environment for evacuation planning by using an agent-based simulation technique. �e agent-based simulation technique is based on modeling of human decision-making and behavior. To improve the reality of the simulation, we attempt to attach spatial and geographical data to the simulation model.


Building Human Behavior Recognition and feedback to Virtual Space

�e aim of this research is building support environment for human actions by estimating some kind of situations, such as position, pose, intention of user from observation by various sensors.


Business Process and Rule Management and Context-based Security Model

An electronic distributive document such as a medical record is shared by many people (e.g., doctor, nurse, druggist, clinical technologist, and clerk). �e aim of this research is building a document-management environment with role-based �ne-grained access control policy on cloud servers.

Professor TANAKA, ShigeruDepartment of Applied Chemistry

The automatic continuous measurement equipment for acidity and chemical ions in PM2.5

Recently, many studies point out that the �ne particles in the atmosphere has more damage to human health. �e automatic continuous measurement equipment for acidity and chemical ions in PM2.5 was developed to understand the behavior of PM2.5 in the atmosphere.

Professor UEDA, ToshihisaDepartment of Mechanical Engineering

Challenge to the energy for achievable sustainable society

What kind of energy is used in a future sustainable society? We are doing research on fuel based energy technology (combustion, reformer etc) which is globally used at any place in the world.

How can we design “curiosity,” “usability,” and “loyalty” for products and services? Let’s discuss the theory and application of the design management method in which psychology and engineering are united.

Associate Professor NAKANISHI, MiwaDepartment of Administration Engineering

Design management for Fun-to-use

ElectronicsBiom

edicalM

echanicsM

aterialsInform

ation and Comm

unicationSociety &

Environment

Other Fields

ElectronicsBiom

edicalM

echanicsM

aterialsInform

ation and Comm

unicationSociety &

Environment

Other Fields

Outline of Exhibits


2120

PANEL

62

PANEL

63

BOOTH

61

BOOTH

60

BOOTH

59

Panel Presentations

PANEL

64

Other Fields

BOOTH

58

PANEL

65

Society & Environment Other Fields

Other Fields

Other Fields

Other Fields

Electronics Materials

Electronics Biomedical

Electronics Information and Communication

Biomedical Materials

In conventional optical sensing, there is a tradeo between the device size and sensitivity. �is is because of the small interaction between light and matter. By means of a microcavity system, which can con�ne light in a small volume, we can accomplish small size and high sensitivity simultaneously.

Associate Professor TANABE, TakasumiDepartment of Electronics and Electrical Engineering

Silica microcavity sensor

Professor SUZUKI, HideoDepartment of Administration Engineering

Marketing Data Analysis: Quanti�cation for Customer Satisfaction and Service Quality, and Data Analysis for E-Commerce

Nowadays, marketing analysis using the Web environment attracts attention. On the other hand, e ective information can be also acquired from analysis of the questionnaire which is positioned as a conventional approach. We present various marketing analysis, such as case studies of professional sports services, in which we quantify customer satisfaction and service quality, data analysis for POS with customer ID and e-commerce.

Associate Professor OGAWA, KuniyasuDepartment of Mechanical Engineering

Measurement Technique of Water Content Using NMR Sensor

We developed the original measurement technique based on the principle of NMR method using small detection coil. �is technique is called NMR sensor and can be applied to a PEFC (Polymer Electrolyte Fuel Cell). �e NMR sensor can measure water content and current density inside a PEFC in real time.

Professor MATSUKAWA, HiroakiDepartment of Administration Engineering

Supply Chain Visualization System (SCVS)

Supply Chain Visualization System (SCVS) consists of server and clients (PC, cellular phone or tablet computer etc.), and the primary purpose is supply risk management. Using the system, a company can simplify order processing, can trace and evaluate supply route and risk, can determine proper inventory level as well.

BOOTHWe have developed an ultra�ne manipulation system that transmits manipulated force sensation of nanoscale objects to an operator. Our objective is to apply this technology to medical treatment and production processes.


Ultra�ne Manipulation

Associate Professor WATANABE, ShinichiDepartment of Physics

Developments of a high-speed terahertz polarimeter

Polarization information of the terahertz electromagnetic wave will be useful as a novel inspection tool of the strain distribution inside plastic materials. In this panel, we introduce a high-speed terahertz polarization measurement technique which we invented recently, and future industrial applications will be discussed.

Research and development of photonic functional circuits for untapped optical communication wavelength band

�e wavelength bands of 1530-1625 nm and 1260-1360 nm are utilized for recent optical communication systems. We can enhance the transmission capacity if we open up new wavelength band (T-band) of 1000-1260 nm. We research on photonic functional circuits with superior performances for such a wavelength band.

Assistant Professor MITSUTAKE, AyoriDepartment of Physics

Dynamics of proteins using computer simulations

�e molecular simulations of biomolecules are used for investigating the stability and dynamics of them. I have performed computer simulations of small proteins or peptides. Especially, I have developed simulation algorithms based on physics and chemistry. I would like to extend my research to applications.

Professor TSUDA, HiroyukiAssistant Professor KUBO, Ryogo

Department of Electronics and Electrical Engineering

ElectronicsBiom

edicalM

echanicsM

aterialsInform

ation and Comm

unicationSociety &

Environment

Other Fields

Outline of Exhibits & Panel Presentations


2322

PANEL

73

PANEL

72

PANEL

74

PANEL

67

PANEL

66

PANEL

70

PANEL

69

PANEL

68

PANEL

71


Materials

Materials

Mechanics Materials

Mechanics Materials




Information and Communication Electronics

Assistant Professor MATSUTANI, HirokiDepartment of Information and Computer Science

A Recon�gurable Hardware for Integrating Various Structured Storage Technologies

We are developing FPGA-based hardware accelerators for various NOSQL storages that cover key-value store, column store, and graph database.

Associate Professor YOKOMORI, TakeshiDepartment of Mechanical Engineering

Flame synthesis of functional oxide particles

Flame synthesis has many potential advantages such as high production rates, versatile, simple industrial process, and short processing time to make oxide particles. Our group has developed this synthesis technique for various functional oxide particles, i.e. nano-phosphors, porous particles and core-shell oxide particles.

Associate Professor HASOBE, TakuDepartment of Chemistry

Professor SAIKI, ToshiharuDepartment of Electronics and Electrical Engineering

Functional supramolecular nanomaterials for solar energy conversion and electronics

Recent developments in synthetic and supramolecular techniques enable us to construct photo- and electro-functional molecular nanomaterials for solar energy conversion and electronics. So far, we have reported a variety of molecular nanomaterials. �e details on the preparation, structure and application will be discussed in this presentation.

Development of highly-sensitive single molecule sensing by near-�eld optics

Single molecule biosensing is an attractive technology to realize the personalized medicine. In our laboratory, we are working to develop single molecule biosensor, such as DNA and biomarker, with near �eld optics. Our technology is much practical way for commercial products, because we do not use any micro / nano fabrication.

Professor ASAKURA, KouichiDepartment of Applied Chemistry

Contrary to expectations, �ne coating and painting are not so easy!

Painting and coating are universal processes in industrial production. Don’t you have any experience that you are embarrassed by the spontaneous pattern formations during painting and coating? Here, we show the technology to inhibit the pattern formations developed by the research based on the concept of “growth of �uctuation in far-from-equilibrium system”.

Assistant Professor ONOE, HiroakiDepartment of Mechanical Engineering

Self-assembled Micro-Nano Systems and Device Applications

We present bottom-up self-assembly systems using colloid particle or micro-fabricated hydrogel materials. �ose self-assembled materials are integrated with other polymers such as silicone to develop device applications including robotic actuators, sensors, optical devices and medical devices.

In the current core network, link utilization is quite low, and energy consumption is too huge. In this research, we aim to reduce power consumption without reducing user satisfaction by combining the photonic leveraging the elastic optical network technology.

Associate Professor SUGIMOTO, MakiDepartment of Information and Computer Science

3D Position Detection System by Gradient Projection

We introduce a gradient based 3-dimensional position detection method for optical sensors. �is method can be applied for making geometrical consistency between projected visual contents and real objects in a spatial augmented reality environment.

Assistant Professor YUKAWA, MasahiroDepartment of Electronics and Electrical Engineering

Towards Innovation - A Mathematical Approach to Signal Processing Problems

�e research goal is to build a mathematical framework for engineering problems in a wide range of �elds including signal processing. We have so far built a new adaptive learning paradigm using multiple reproducing kernels for nonlinear estimation. In our approach, a proper mathematical model is designed in online fashion.

Action～Application Coordinated with Transport, 　IP and Optical Network～


Kawasaki Institute of Industry Promotion (IIP)

Yokohama Industrial Development Corporation (IDEC)

Industry-Government-Academia Joint Project (supported by Ministry of Economy, Trade and Industry) Keio-Kanagawa Manufacturing Center

Keio Innovation Foundry (KIF)

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B

C

D

Panel Presentations & Special Exhibits


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10 : 30

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Event Stage （120 seats）

10 : 00-10 :15

10 : 30-11:15

11:25-12 :10

12 :15-13 :15

Live broadcast of the Opening Address 10 : 00-10 :15 Live broadcast of the Opening Address

Keynote Speech

Keynote Speech

Live broadcast of the InterviewsNAKANISHI, Miwa Booth No. 57ASAKURA, Kouichi Panel No. 69ONOE, Hiroaki Panel No. 70

Live broadcast of the Talk Session

Live broadcast of the Keynote Speech

Live broadcast of the Round-table Session

37 Years of University Originated Entrepreneurship - Dreams and Realities

Commemorative Event for Establishing KIF

Commemorative Event for Establishing KIF

NAKAJIMA, MasatoChairman, Ideaquest Inc. Professor Emeritus, Keio University

The Japanese Economy Business-Academic Cooperation for InnovationTAKENAKA, HeizoProfessor, Faculty of Policy Management, Keio UniversityDirector, Global Security Research Institute, Keio University

A Future Center of Innovative Technology for an Action of Practical Learning (Saiyansu): A True Picture of Innovative Cooperation among Industry, Government and Academia in Our Society

10 : 45-11:15 Technology Partnership Seminar

13 :30-15 :00 Talk Session

15 :40-17:00 Round-table Session

Seminar Stage（30 seats）

Terahertz polarization imaging for non-destructive inspection

For Event Information, please refer to the pages 6 -8.

KEIO TECHNO-MALL 2014Event Schedule

SUZUKI, TetsuyaDirector, KLL

Facilitator: YAMANAKA, NaoakiDeputy Director, KLL

INOUE, YujiToyota InfoTechnology Center, Co., Ltd. / Chairman of the Board

MURAKAMI, NorioPresident, Norio Murakami O�ce Co., Ltd.

NIINAMI, Takeshi (Video Message)President, Member of the Board,Representative Director, Suntory Holdings Limited

Developing a Healthier Society through Technological Innovation

OHNISHI, KouheiProfessor, Dept. of System Design Engineering, Faculty of Science and Technology

TERASAKA, KoichiProfessor, Dept. of Applied Chemistry, Faculty of Science and Technology

FUJIWARA, HiroshiChairman and President CEO, Broad Band Tower, Inc.

II, MotoyukiSenior Vice President, Senior Executive Manager, Corporate Sales Promotion Headquarters, Nippon Telegraph and Telephone East Corporation Facilitator:


OKINAGA, YoshihitoChairman of the Board,President,Teikyo University

SUZUKI, KojiProfessor, Dept. of Applied Chemistry, Faculty of Science and Technology

SUEMATSU, MakotoDean, Professor, School of Medicine

WATANABE, Shinichi Associate Professor, Dept. of Physics, Faculty of Science and Technology

13 : 00-13 :30 Technology Partnership SeminarTowards Innovation - A Mathematical Approach to Signal Processing ProblemsYUKAWA, Masahiro Assistant Professor, Dept. of Electronics and Electrical Engineering, Faculty of Science and Technology

15 :10-15 :40 Technology Partnership SeminarDevelopment of Electro-Adhesive Elastomer and the applicationsKAKINUMA, Yasuhiro Associate Professor, Dept. of System Design Engineering, Faculty of Science and Technology



Documents

Annual Keio Science and Technology Exhibition KEIO · PDF fileSeminar Stage Terahertz electromagnetic wave attracts much attention for novel light source for nondestructive inspection